Historic Ensemble of the Potala Palace, Lhasa
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2016 —
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A Sanskrit manuscript of the <em>Bodhisattvapiṭaka-sūtra</em>, preserved at the Potala Palace in Lhasa, reveals that while its content closely aligns with three parallel translations (Chinese by Xuanzang and Fahu, and Tibetan), they likely do not share a common source. Comparative analysis of chapter divisions and thematic elements suggests Xuanzang’s translation diverges significantly from the other versions, which appear more closely related. This finding challenges assumptions about direct textual lineage among these translations.
Taj Mahal
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2016 —
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Despite its renowned perfection and symmetry, the Taj Mahal's central dome exhibits subtle imperfections that challenge its reputation for flawless design. A study revisits both appreciations and criticisms to analyze these flaws, revealing deviations in symmetry that are often overlooked by observers. The research employs a detailed examination of the dome's external structure, combining architectural analysis with historical context to discuss potential reasons behind these imperfections. This work contributes to a deeper understanding of the Taj Mahal's design intricacies, offering insights into the craftsmanship and precision of its construction.
Margravial Opera House Bayreuth
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2016 —
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Court opera, exemplified by the mid-eighteenth-century Margravial Opera House in Bayreuth, functions as a social showcase and ritualistic communication tool. This study reveals how Wilhelmina of Bayreuth and her husband Frederick leveraged opera to establish and reinforce social and political relationships. By analyzing operatic rituals through anthropological frameworks—particularly Victor Turner's concept of 'magic mirrors'—the research demonstrates that court opera was not merely an artistic endeavor but a deliberate institution designed to reflect and shape societal dynamics, power structures, and cultural identities.
Quanzhou: Emporium of the World in Song-Yuan China
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2016 —
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A new approach to coastal environmental monitoring, using the Kriging method and geographic information systems, significantly improves precision by 32.9% while expanding the network from 15 to 24 sites in Quanzhou Bay, China. This optimization enhances water quality assessment for parameters like COD, DIN, and PO4-P, addressing gaps where existing data fails to accurately reflect current conditions or support effective policy-making. The study analyzed over four years of monitoring data (2009–2012) using the Trophic State Index, demonstrating how advanced spatial analysis can refine coastal management strategies for pollutant reduction in similar semienclosed bays.
Tassili n'Ajjer
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2016 —
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A high-quality, discontinuous gas reservoir interval in the Tiguentourine field of Algeria's Illizi Basin has been characterized through comparison with coeval outcrops in Tassili n'Ajjer. The study reveals that this thin (<12 m), shallow-marine sandstone unit—unresolvable on seismic data and variably developed subsurface—exhibits tidal sandwave geometries with wavelengths >100 m, documented via Landsat imagery and outcrop analysis. These findings explain the reservoir's patchy distribution and high exploration risk by linking facies variations to modern marine analogs. The research bridges subsurface reservoir modeling with surface exposures, offering critical insights for predicting this challenging target in Ordovician proglacial settings.
Ogasawara Islands
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2016 —
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A genetic analysis of Japanese white-eyes (Zosterops japonicus) and brown-eared bulbuls (Hypsipetes amaurotis) on the Ogasawara Islands reveals distinct evolutionary pathways for these species. The study found that the Bonin population of white-eyes, previously thought to be endemic, shares haplotypes with other island groups, suggesting it is a hybrid of introduced populations rather than an independent lineage. In contrast, brown-eared bulbuls exhibit unique haplotypes on both the Volcano and Bonin Islands, indicating distinct geological and temporal origins. The research highlights the evolutionary significance of these populations and emphasizes the need to restrict interisland transfers to prevent genetic introgression. This work provides critical insights into the biogeography and conservation priorities for land birds in the Ogasawara Archipelago.
Arslantepe Mound
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2016 —
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Recent discoveries at Arslantepe Mound reveal that the site's highly centralized political and economic structure, evident by the end of the 4th millennium BC (Period VI A), evolved independently from Mesopotamian influences. The study identifies a massive ceremonial building from the mid-4th millennium (Period VII) with a tripartite layout resembling Mesopotamian architecture but featuring exclusively local materials and characteristics, devoid of Uruk influence. This structure, likely a temple or ceremonial site, was used for redistribution under administrative control, as indicated by mass-produced bowls and clay-sealings. The development of Arslantepe's Period VI A society, marked by the first known 'palace' complex in the Near East, is interpreted as a local evolution rather than emulation of foreign communities, highlighting the site's originality within Greater Mesopotamia.
Bale Mountains National Park
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2016 —
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A comprehensive annotated checklist of 51 Orthoptera taxa, including four newly discovered species—Peropyrrhicia attilioi n. sp., P. keffensis n. sp., P. semiensis n. sp., and Coryphosima danieli n. sp.—has been documented in the Kafa Biosphere Reserve, Bale Mountains National Park, and surrounding conservation areas of Ethiopia. This study also revises the taxonomic status of two previously described species, Peropyrrhicia cooperi and P. scotti, confirming their validity. The research contributes significantly to the understanding of Orthoptera diversity in Ethiopia, highlighting the region's ecological importance while identifying new species that may be critical for conservation efforts.
Yin Xu
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2016 —
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Extensive systemic stress exposure was documented among non-elite populations during the Late Shang Dynasty (ca. 1250–1046 B.C.) at Yin Xu, suggesting early urbanization exacerbated health disparities and contributed to societal collapse. Analysis of skeletal remains from two burial contexts—lineage cemeteries and refuse pits—revealed high frequencies of enamel hypoplasia (80.9%), cribra orbitalia (30.3%), and osteoperiostitis (40.0% in adults), indicating severe childhood stress, frailty, and adult morbidity. Notably, females from refuse pits showed significantly elevated levels of cribra orbitalia and osteoperiostitis, potentially reflecting gender inequality compounding urbanization-related stressors. The study employed osteological markers to assess physiological disturbances linked to urban crowding, sanitation decline, and resource scarcity, providing evidence that social stratification intensified these burdens.
Cultural Landscape and Archaeological Remains of the Bamiyan Valley
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2016 —
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The Bamiyan Buddhas, colossal 6th–7th century CE statues carved into Afghanistan’s Bamiyan Valley cliff faces, were destroyed by the Taliban regime in 2001 using mortar fire and dynamite. This act of cultural heritage destruction, which occurred just months before the September 11 attacks, sparked international outrage. In response, UNESCO designated the Bamiyan Valley as a World Heritage Site and added it to the 'World Heritage in Danger' list in 2003, recognizing its Outstanding Universal Value. The study reflects on this tragedy through a regenerative conservation lens, emphasizing the acceptance of imperfection and flaw as inherent to heritage preservation, drawing from philosophical meditations on waste and garbage. It underscores the urgent need for global recognition and protection of such invaluable historical treasures.
Kathmandu Valley
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2016 —
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Wintertime air pollution in the Kathmandu Valley, Nepal, is characterized by unusually high concentrations of volatile organic compounds (VOCs), with acetaldehyde (8.8 ppb), methanol (7.4 ppb), and acetone + propanal (4.2 ppb) dominating the chemical profile. The study, conducted during the SusKat-ABC campaign in 2012–2013 using a high-resolution proton transfer reaction time-of-flight mass spectrometer (PTR-TOF-MS), identified 71 VOC species, including 'new' ambient compounds like formamide and acetamide, which can photochemically produce isocyanic acid—a known health hazard. Biomass burning and brick kilns emerged as major sources of toxic VOCs such as benzene and isocyanic acid, while isoprene and oxygenated VOCs significantly contributed to ozone production potential. This research highlights the critical need for mitigating biomass burning activities to reduce harmful emissions in South Asia.
Cilento and Vallo di Diano National Park with the Archeological Sites of Paestum and Velia, and the Certosa di Padula
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2016 —
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Stable isotope analysis of bone collagen from Roman Paestum reveals significant dietary shifts during the Imperial period, challenging traditional assumptions about local consumption patterns. The study, conducted using Isotope Ratio Mass Spectrometry (IRMS) at the IRMS-SUN Laboratory in Naples, found that while archaeological records and historical texts suggested a diet rich in marine resources, isotopic data indicated a more terrestrial-based diet with notable C4 plant consumption, likely cereals or legumes. This discrepancy highlights the importance of integrating multiple analytical approaches to reconstruct ancient diets accurately. The findings expand our understanding of Roman dietary behavior in Paestum, demonstrating how stable isotope analysis can cross-validate historical and archaeological evidence.
Persepolis
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2016 —
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Achaemenid Persian artisans employed a sophisticated range of materials and techniques to create polychromatic finishes for their architecture, as revealed by the analysis of painted plaster and glazed brick fragments from Pasargadae and Persepolis. The study identified up to five layers of paint on Pasargadae plaster, including pigments like Egyptian blue, malachite green, red ocher, and cinnabar red, while Persepolis floor fragments featured lime plaster with hematite-rich paint layers. Glazed bricks from Persepolis were composed of high-silica material similar to faience, decorated with alkaline glazes containing lead antimonate, magnesium-iron, and copper. The research used non-invasive X-ray fluorescence, scanning electron microscopy, and cross-sectional analysis to examine the fragments' layering stratigraphy and composition, enhancing understanding of Achaemenid materials technology and informing their preservation at the Freer Study Collection and original sites.
Jesuit Missions of the Guaranis: San Ignacio Mini, Santa Ana, Nuestra Señora de Loreto and Santa Maria Mayor (Argentina), Ruins of Sao Miguel das Missoes (Brazil)
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2016 —
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A systematic and multi-ethnic approach to understanding the cultural landscape of the Brazilian Jesuit Missions in Rio Grande do Sul has been proposed as a solution to the complex challenges faced by heritage conservation efforts. This study highlights the need for respecting and valuing local cultural references and traditions while aiming for preservation and local development. The research, part of the Project of Valorization of the Cultural Landscape and the National Historic Park of Jesuit Missions of the Guarani, launched in 2014, focuses on articulating local managers and stakeholders to promote social development actions. It seeks to characterize the cultural landscape and create management instruments for the territory, offering a model for balancing heritage conservation with sustainable development.
Abbey Church of Saint-Savin sur Gartempe
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2016 —
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A hidden palimpsest, discovered within the false arch of Saint-Savin-sur-Gartempe's nave vault, reveals a previously unknown layer of religious symbolism tied to the cult of saints. This 11th-century architectural feature, initially dismissed as purely decorative, was found to contain inscriptions and imagery that serve a functional purpose in reinforcing the church's spiritual narrative. The study employed multi-disciplinary analysis—including historical documentation, art history, and archival research—to decode these elements, demonstrating how medieval artisans integrated visual storytelling into sacred architecture. This discovery challenges conventional interpretations of Romanesque art, highlighting its role in devotional practice rather than mere ornamentation.
Sichuan Giant Panda Sanctuaries - Wolong, Mt Siguniang and Jiajin Mountains
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2016 —
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A groundbreaking synthesis of two decades of interdisciplinary research reveals complex interactions between the giant panda, a global conservation icon, and local communities within the Sichuan Giant Panda Sanctuaries. The study, conducted across Wolong Nature Reserve and adjacent regions, demonstrates how coupled human and natural systems evolve through socioeconomic activities like farming, forest harvesting, and tourism. By integrating extensive socioeconomic and biophysical data, the research introduces novel methods to understand patterns of system dynamics, contributing significantly to theories on complexity, social norms, and sustainability. Findings from this model coupled system offer actionable insights for natural resource management, with implications extending beyond Wolong to global biodiversity hotspots.
Aachen Cathedral
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2016 —
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Aachen Cathedral's cupola, the earliest surviving arching vault north of the Alps and the highest until Gothic cathedrals, symbolizes the transformative impact of early medieval stone architecture. This study highlights how monumental structures like Charlemagne’s chapel, alongside palaces and chapels, reflected the resurgent wealth and power of early medieval monarchs, contrasting sharply with the humble wooden or wattle-and-daub dwellings of the time. It explores the cultural significance of these structures, emphasizing their role in political rituals, religious practices, and the accumulation of wealth derived from rural economies. The research also examines the rarity and value of books and images, noting their seductive yet perilous power in a world where idolatry was both forbidden by rival civilizations like Islam and Byzantium and actively destroyed by Frankish warriors and missionaries.
Historic District of Old Québec
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2016 —
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A case study of the Historic District of Old Québec reveals that participatory management, even in a long-standing UNESCO World Heritage Site (20 years), faces significant challenges while offering valuable insights for broader application. The research highlights key elements and contextual factors critical to successful community-based heritage initiatives. Unlike prescriptive 'best practices,' this study provides a nuanced example of participatory management, questioning its relevance in less experienced contexts without prior local involvement. It introduces a conceptual framework and methodological approach for studying such cases, emphasizing the importance of context-specific analysis over generalized recommendations.
Historic Centre of Lima
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2016 —
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Participatory mapping emerged as a powerful tool to challenge unjust urban development trajectories in Lima, Peru, offering a spatially and socially grounded approach for co-producing knowledge that bridges marginalized communities and policymakers. Two action research projects, ReMap Lima and cLIMA sin Riego, demonstrated how community-led mapping—combining advanced technologies with grassroots engagement—can make invisible urban issues visible, foster dialogue among stakeholders, and lead to collectively negotiated actions. By focusing on Barrios Altos (a historic district) and José Carlos Mariátegui (an edge-of-city area), the study revealed distinct pathways for interrogating urban spaces, promoting spatial co-learning that disrupts traditional power dynamics between claimants and the state. This methodology not only addresses immediate planning challenges but also lays the groundwork for just urban futures.
Pasargadae
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2016 —
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This chapter examines the impact of Sivand Dam's construction on Pasargadae, a UNESCO World Heritage Site and the ancient capital founded by Cyrus the Great. It reveals that the dam, built just 17 kilometers from the tomb of Cyrus, became a focal point for activism against its development due to concerns about environmental harm to the site. The study analyzes the performance of activists opposing the dam, as well as government and public responses supporting it. Initial studies for Sivand Dam were conducted in 1970 by the American firm Justin & Courtney, highlighting the long-standing nature of this development project. The chapter provides a nuanced exploration of the tensions between modern infrastructure development and the preservation of historical heritage.
Royal Botanic Gardens, Kew
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2016 —
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A collection of numismatic and philatelic artefacts, including medals, stamps, and commemorative coins, offers a visual narrative of the Royal Botanic Gardens, Kew's history. Key figures such as Sir Joseph Banks, Sir William Jackson Hooker, and Joseph Dalton Hooker are highlighted through these objects, showcasing their contributions to botany. The study provides detailed descriptions and images of these artefacts, including a Wedgwood medallion featuring Hooker’s portrait and stamps depicting Hooker. By analyzing these items, the paper reconstructs significant moments in Kew's past, offering insights into its botanical legacy and the evolution of its collections.
Decorated Cave of Pont d’Arc, known as Grotte Chauvet-Pont d’Arc, Ardèche
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2016 —
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A paleogenetic analysis of bison remains from the last 50,000 years reveals that climate changes significantly influenced the population dynamics of European bison species. The study identified three distinct populations—two steppe bison (B. priscus) and one wisent (B. bonasus)—that alternately occupied Western Europe, with the modern wisent emerging from a refuge in the southern Caucasus post-Last Glacial Maximum. Ancient DNA analysis of 57 mitogenomes showed severe genetic diversity reduction in the Holocene and suggested that the genetic affiliation between wisent and cattle likely stems from incomplete lineage sorting rather than gene flow. The research also highlights temperate Western Europe as a suitable habitat for wisent reintroduction, supported by evidence from cave paintings dating to ~36,000 years ago.
University of Coimbra – Alta and Sofia
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2016 —
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The recent classification of the University of Coimbra's Alta and Sofia as a UNESCO World Heritage Site presents both opportunities and challenges for the region's economic development. This study reveals that while the site's primary function remains education, its potential to drive tourism and cultural growth is significant but contingent on balancing preservation with modern recreational demands. Researchers analyze how differing policies and perceptions influence the identification and utilization of these heritage values, highlighting the need for strategic management to ensure sustainable development without compromising the integrity of Coimbra's rich cultural legacy.
Archaeological Site of Olympia
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2016 —
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Researchers at the Archaeological Site of Olympia have developed two novel computational methods to accurately reconstruct damaged Doric column drums, achieving precision within 0.2% for well-preserved fragments and 1% even for highly fragmentary ones. These techniques—one modifying ICP (Iterative Closest Point) and another using polar coordinates with RANSAC—enable efficient digital reconstruction of displaced architectural elements. By analyzing nearly 100 fallen drums and capitals from the Hera temple, the team digitally reconstructed 80% of the drums and all capitals, offering new insights into the temple's construction history. These methods are adaptable to other fluted column drums and hold potential for broader archaeological applications.
Yosemite National Park
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2016 —
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Hikers at Yosemite National Park frequently enter hazardous risk zones near the Merced River, particularly during hot summer conditions. A study observed 1417 instances over 32 days and found that 81% of observation hours involved hikers in these areas, with higher rates linked to warmer air temperatures and later hike starts, while water levels had a negative association. Males, teenagers, and solo hikers were more likely to venture into dangerous zones. The research highlights the need for targeted safety measures based on behavioral and environmental patterns.
National Archeological Park of Tierradentro
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2016 —
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A severe disaster in Tierradentro, Colombia, in June 1994, resulted from a combination of seismic activity, heavy rainfall, and unstable geophysical conditions, leading to deadly landslides that primarily affected the Indigenous Nasa community. The study reveals that while institutional responses were mobilized, they often failed to align with the social perception of the disaster as experienced by the local community and media. This misalignment highlighted gaps in disaster preparedness and response strategies. The research employed a multidisciplinary approach, integrating ethnography, social cartography, and archival analysis to examine the historical and territorial dimensions of the disaster's impact and recovery.
Jaipur City, Rajasthan
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2016 —
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A performance analysis of the 1 MW grid-connected photovoltaic (PV) power plant in Jaipur, India, revealed that its annual performance ratio consistently increased over three years due to improved grid availability. Monthly performance ratios ranged from 53% to 83%, with values derived using Excel, PV-syst, and System Advisory Model (SAM) showing close agreement. The study also calculated the levelized electricity cost based on power generation data from 2013 to 2015, providing insights into the economic viability of grid-connected solar plants in the region.
The Persian Garden
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2016 —
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Ancient Persian gardens, such as Shazdeh Garden, demonstrate how cultural design can harmonize with nature to improve living conditions and restore barren lands sustainably. These gardens achieve balance by integrating greenery with architectural structures, creating serene yet functional spaces that enhance human well-being while preserving environmental integrity. The study highlights the potential for such designs to inspire modern solutions for harsh environments, blending aesthetic beauty with practical sustainability. By examining traditional Persian garden principles, researchers aim to develop innovative approaches that promote cultural sustainability alongside ecological conservation.
The Persian Garden
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2016 —
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Persian gardens, evolved over centuries within the Persian Empire, are not merely geometric structures but rich repositories of cultural symbolism and architectural meaning. These gardens incorporate design elements such as water, trees, and pavilions, each carrying specific significance tied to societal beliefs and values. The study reveals that Persian garden design embodies principles like hierarchy, symmetry, centrality, rhythm, and harmony, reflecting a sophisticated interplay between geometric structure and irrigation systems. Additionally, the research explores the philosophical underpinnings of these symbols, demonstrating how they serve as a medium for transmitting national identity and cultural heritage to future generations.
Historic Centre of Rome, the Properties of the Holy See in that City Enjoying Extraterritorial Rights and San Paolo Fuori le Mura
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2016 —
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Giovanni Battista Piranesi's engravings, particularly those depicting the Basilica di San Paolo Fuori le Mura and the Pantheon, employ perspective as a compositional tool to create space-dimensional representations. This study reveals that Piranesi's approach differs from his predecessors and contemporaries by breaking down architectural information into interrelated orthographic views, which are then used to form a cohesive spatial representation in the viewer's mind. The research compares one of Piranesi's engravings with a SketchUp perspective model and architect-drawn layouts, demonstrating how structural elements on the plane interact to convey depth and dimension. This innovative method challenges traditional notions of compositional logic in graphic works.
Historic Centre of Siena
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2016 —
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A novel wireless sensor network solution for real-time monitoring of cracks in large monumental structures, demonstrated on Siena's 1.8 km-long ancient city walls, proves highly effective through laboratory testing. The system employs Hall effect-based sensors and two distinct network topologies to ensure pervasive coverage. This approach offers a scalable and non-invasive method for structural health assessment, with potential deployment imminent.
Archaeological Site of Philippi
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2016 —
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Archaeological research at the UNESCO World Heritage Site of Philippi, combined with historical analysis, reveals key insights into the early development and social structure of Christianity in Europe. Eduard Verhoef's work highlights that the first-century Philippian church was likely composed of working-class individuals, including Lydia, who may have owned a spacious home serving as a gathering place for believers. By integrating field visits to archaeological sites with regional inscriptions and artifacts, Verhoef estimates that Philippi had around 10,000 inhabitants during this period, providing a vivid context for understanding Paul's letter to the Philippians and Acts of the Apostles. The study underscores how archaeological evidence can bring ancient texts to life, offering a tangible glimpse into the early Christian community's size and social dynamics.
Al-Ahsa Oasis, an Evolving Cultural Landscape
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2016 —
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A phylogenetic study of date palm cultivars in Al-Ahsa Oasis, Saudi Arabia, reveals that most cultivars share a common genetic origin. Using electrophoretic analysis of isoenzymes—non-specific esterases, glutamate oxaloacetate transaminase (GOT), and leucine-aminopeptidase—researchers identified varying degrees of similarity among 15 cultivars, ranging from 0.147 to 0.552. Key clusters emerged, such as Grr, Hel, and Shl, which exhibited high similarity (0.400–0.519), while Ruz and Ows showed the highest similarity at 0.552. The findings suggest that isoenzymes are effective markers for distinguishing cultivars, supporting the hypothesis of a shared genetic lineage in Al-Ahsa's date palms.
Rabat, Modern Capital and Historic City: a Shared Heritage
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2016 —
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Dust deposited on photovoltaic panels in Rabat, Morocco, primarily consists of silica, alumina, iron oxide, calcium oxide, magnesium oxide, and potassium oxide, along with minerals like quartz, calcite, kaolin, and dolomite. These findings were derived from X-Ray Diffraction (XRD), X-Ray Fluorescence Analysis (XF), Thermal Analysis, and Infrared Spectroscopy (IR). The study also examined how dust layer thickness affects the optical transmittance of glass and its impact on solar panel performance. Conducted at Rabat's RDI Solar Energy Platform, this research provides critical insights into the mineralogical composition of dust in an urban UNESCO World Heritage Site, offering implications for solar energy efficiency in similar environments.
Volcanoes of Kamchatka
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2016 —
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A comparative analysis of Tolbachik and Ichinskii Volcanoes on the Kamchatka Peninsula reveals distinct physicochemical parameters governing melt crystallization in intermediate suprasubduction chambers. Tolbachik's basaltic system, characterized by low-pressure (≤1 kbar) conditions at 2–3 km depth, contrasts with Ichinskii's multi-level chamber system, where andesites form at depths ≤23 km under ≤1225 °C, and dacites crystallize in upper horizons (9–3 km) at 1030–1130 °C. Despite shared differentiation processes, the volcanoes exhibit unique magmatic behaviors, with Tolbachik's basaltic lavas differing genetically from Ichinskii's andesitic counterparts. The study leverages plagioclase, amphibole, and melt inclusion analyses to elucidate these parameters, highlighting the complexity of subduction-related magmatism in Kamchatka.
Białowieża Forest
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2016 —
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Researchers have identified five Phytophthora species—Phytophthora fragariaefolia, P. plurivora, P. cactorum, P. lacustris, and P. pseudosyringae—in the near-pristine Białowieża Forest. Notably, this is the first record of P. fragariaefolia in ash-dominated forests, highlighting the presence of potentially damaging Phytophthora species within this ecologically significant ecosystem. The study used morphological and DNA analyses to confirm the identification of these pathogens from the rhizosphere of ash stands. The findings underscore the need for vigilance against Phytophthora-related threats in one of Europe's last remaining ancient forests.
Assisi, the Basilica of San Francesco and Other Franciscan Sites
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2016 —
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A comparative analysis of the frescoes depicting St. Benedict's life in the lower church of Sacro Speco at Subiaco reveals significant parallels with the Franciscan cycle in Assisi, suggesting a deliberate artistic and theological dialogue between traditional monasticism and the new mendicant orders post-Council of Lyons (1274). The study identifies stylistic similarities beyond those previously noted, proposing that these frescoes—one of the earliest large-scale cycles about St. Benedict—were strategically positioned to engage viewers along a pilgrimage route, reinforcing Subiaco's role as a counterpoint to Assisi's Franciscan narrative. The research employs iconographic and contextual analysis to argue for an intentional contrast between monastic and mendicant ideals during this pivotal period of religious reform.
Coro and its Port
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2016 —
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Strong upwelling zones identified off the Peninsula de Paraguaná and in the Golfete de Coro exhibit elevated chlorophyll-a concentrations, indicating high productivity areas influenced by trade winds. These findings stem from four oceanographic expeditions (1982–1984) that analyzed 424 surface water samples for chlorophyll-a and pheopigments, alongside physical-chemical parameters. The study revealed that normal trade wind patterns (east-to-west) correlated with high chlorophyll values (up to 5.2 mg/m³), while a 180° wind shift in October–November 1984 disrupted upwelling dynamics and reduced chlorophyll concentrations. Mixing between Golfo de Venezuela and Lago de Maracaibo waters was also observed, particularly in Bahía de Calabozo, with implications for regional hydrodynamics.
Routes of Santiago de Compostela in France
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2016 —
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Pilgrimage, traditionally tied to institutional religion, has diversified significantly, encompassing secular and spiritual dimensions. This study highlights the evolution of pilgrimage from religious sites like Santiago de Compostela to non-religious ones such as battlefields and national suffering sites. It also explores hybrid forms like 'religious tourism' and 'dark tourism,' driven by the expansion of global tourism since World War II. The research examines how these trends reflect a broader shift in beliefs and practices, integrating both religious and non-religious elements. The study employs qualitative analysis to understand the motivations and experiences of pilgrims, providing insights into the complex interplay between tradition, spirituality, and modernity.
Mount Wuyi
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2016 —
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Researchers have identified and described a new diatom species, Pinnularia wuyiensis, from the Xinjiang River in Yingtan City, located in the northern region of Wuyi Mountains, Southeast China. This novel taxon is characterized by its narrowly linear-lanceolate valve with undulate margins, gibbous center, and rounded apices, along with a very narrow axial area and asymmetric rhombic fascia central area. The study compares Pinnularia wuyiensis to seven closely related species, highlighting differences in size, striae density, and valve shape. Additionally, the ecology of this new species is explored, providing insights into its environmental adaptations.
Wadi Rum Protected Area
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2016 —
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A significant positive correlation exists between tourist experience dimensions (education, esthetics, entertainment, and escapism) and place attachment measures (place identity and place dependence) in the context of desert tourism, specifically at Wadi Rum Protected Area. Education positively influences place identity, while escapism is strongly linked to place dependence. These findings provide actionable insights for tourism managers, planners, and marketers to enhance desert tourism experiences through targeted strategies and enriched offerings, thereby fostering deeper visitor engagement and attachment.
Heart of Neolithic Orkney
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2016 —
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A key insight from the study of the Heart of Neolithic Orkney World Heritage Site is that ethical considerations in landscape management significantly influence both cultural and environmental sustainability. The research examines how discourses around place-making and experience shape the preservation and interpretation of this ancient site, highlighting the interplay between heritage conservation and visitor engagement. By analyzing the ethical dimensions of sustainability practices, the study provides a framework for balancing cultural heritage protection with ecological stewardship. This approach offers valuable lessons for other World Heritage Sites facing similar challenges.
Archaeological Zone of Paquimé, Casas Grandes
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2016 —
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Dental calculus from ancient human remains at Paquimé, Casas Grandes, Mexico, has revealed microfossils that provide unprecedented insights into prehistoric flora and dietary practices. Analysis of 112 silica-embedded samples identified plant microfossils, shedding light on the types of vegetation present during ancient times and their potential uses—whether as food or processing materials. This study, part of a broader multinational project, demonstrates how microfossil analysis can reconstruct paleoenvironments and human-plant interactions with remarkable precision.
Historic Town of Zabid
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2016 —
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A comparative analysis of mud architecture in Nubian Egypt and Zabid, Yemen, reveals distinct yet sophisticated design principles rooted in cultural, environmental, and historical influences. Both architectures exhibit intricate decorative patterns with spiritual significance, though Nubian designs emphasize geometric formations and wind/light optimization, reflecting an ecological approach. In contrast, Zabid's architecture incorporates Indian and East African artistic elements, prioritizing privacy and aesthetic harmony through pottery decorations. Despite their unique styles, neither has been effectively integrated into modern urban design, highlighting a gap in preserving these heritage features. The study employs analytical descriptive methods to compare environmental conditions, material use, and decorative influences, underscoring the need for renaissance in these architectural traditions.
Lines and Geoglyphs of Nasca and Palpa
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2016 —
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A study of the Nasca region reveals that communal ritual spaces, such as plazas, were absent during the Early Nasca epoch, with rituals limited to pilgrimage centers like Cahuachi and associated geoglyphs. This pattern contrasts sharply with pre and post-Cahuachi eras, where plazas played a central role in settlements. The research analyzed data from multiple sites across the southern and northern Nasca regions (SNR and NNR) to assess how sociopolitical complexity, integration, and pilgrimage influenced the use of public ritual spaces during the Formative and Early Intermediate periods (800 B.C.– A.D. 650). The findings suggest that these factors were key in determining the nature and arrangement of communal spaces over time.
Old City of Jerusalem and its Walls
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2016 —
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Israeli authorities have exploited urban planning as a tool of geopolitical control to shape the demographic and spatial landscape of East Jerusalem, favoring Jewish hegemony while marginalizing Palestinian communities. Since 1967, de jure planning measures have left over 11,000 Palestinian houses in East Jerusalem under demolition threat, displacing a quarter of families. The study reveals that Israeli policies, including the separation barrier and settlement expansion, artificially fragment Palestinian neighborhoods, undermining their urban contiguity despite legal designations as green areas. While Palestinian communities have developed 'bottom-up' alternative plans, these lack strategic cohesion or widespread adoption, highlighting systemic failures in meeting basic housing and planning rights.
Santiniketan
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2016 —
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A comprehensive pollen atlas of Santiniketan, West Bengal, has been developed, providing detailed identification keys for airborne pollen grains from 101 angiospermic plant species across 40 families. The study reveals diverse pollen morphologies characterized by distinct aperture types (e.g., inaperturate, monoporate, triporate) and exine sculpturing patterns (e.g., echinate, reticulate, verrucate), alongside varied shapes ranging from prolate to oblate-spheroidal. This resource bridges aeropalynology with botanical identification, offering a robust tool for ecological and environmental studies in the region.
Mount Wuyi
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2016 —
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A new study reveals that human-induced land cover change in the northern edge of Wuyi Mountains, China, became significant around 3600 years ago, coinciding with a shift to rice-paddy agriculture. This finding was derived from pollen and charcoal records from the Lantianyan peat bog, which also showed two periods of swamp expansion (around 4600–4400 and 3300–3000 years ago) linked to drought intervals. The research indicates that before 3600 years BP, human impact was negligible, while the drying trend after 5600 years BP aligned with a weakening East Asian summer monsoon due to decreased insolation and temperature.
Yakushima
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2016 —
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A unique polygonal cracked granitic boulder, known locally as 'kameishi' or 'kameiwa,' has been studied for its pore size distribution and formation process on Yakushima Island, Japan. This study reveals that the boulder's distinctive pattern is influenced by weathering processes, particularly the expansion of pores within the granite structure. Researchers analyzed the boulder's characteristics in comparison to similar formations worldwide, providing new insights into its genesis. The findings contribute to a deeper understanding of granitic rock weathering and the formation of such geological features.
Ancient Maya City and Protected Tropical Forests of Calakmul, Campeche
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2016 —
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A higher relative abundance of Central American tapirs (Tapirus bairdii) was found in the ejido Nuevo Becal (NB), a disturbed area with human activities, compared to the protected Calakmul Biosphere Reserve (RBC). The study, conducted using camera traps at nine water holes in each site from 2014, revealed that tapirs visited water holes more frequently and with shorter latency periods in NB than in RBC. The relative abundance was 37.0 tapir registrations per 1,000 camera-traps/nights in NB versus 6.2 in RBC, suggesting that water bodies are critical for tapir conservation, even in areas with human disturbance where hunting does not occur. The findings highlight NB as a priority area for tapir conservation in Mexico, indicating that non-hunting human activities may not significantly impact tapir populations.
